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- Software development for space programs and satellites is a critical component of modern space exploration. Software plays a vital role in the design, development, and operation of spacecraft and satellites, enabling scientists and engineers to monitor and control these complex systems from Earth.
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Nov 9, 2023 · Achieving a cloud-native future involves embracing a software development approach that prioritizes modularity, scalability, and agility. In essence, it represents a shift towards a more responsive digital infrastructure capable of meeting the requirements of modern environments.
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Apr 23, 2023 · Software development for space programs and satellites is a critical component of modern space exploration. Software plays a vital role in the design, development, and operation of...
The two next-generation software-defined satellites, to be delivered in 2023, will offer improved connectivity to in-flight broadband users, by enabling operators to reconfigure beams as needed. The satellites will also support future mobility applications through extremely high speeds, enhanced capacity flexibility, redundancy, and backwards ...
- The Difficulties of Satellite Software Development
- The Benefits of .NET App Development For Space
- An Introduction to Hastlayer For Satellite Software Development
- How Hastlayer Can Benefit Space Missions
- Performance Benchmarks vs. Standard .NET Code
- How to Set Up Hastlayer For A Space Mission
Although the costs of smallsats and nanosats, like many aspects of the space industry, are going down rapidly, satellite software development for such technologies is still not accessible enough for most developers. Despite hardware platforms such as Xilinx Zynq becoming quasi-standards due to their widespread use, every On-board Computer (OBC) and...
As a well-established and widely used technology, .NET can provide some very interesting new capabilities for satellite software developers. Even if the developers currently work in a highly specialized niche in the space industry, the tools and community that they are able to access are mainstream and widely available. This enables a satellite sof...
Hastlayer is a software platform on .NET, the framework used by millions of developers around the world every day. This means that users can access to a wide range of cutting-edge, highly productive development tools without compromising on performance. Hastlayer can provide automatic hardware acceleration while still enabling users to operate with...
Hastlayeris in a beta stage, showing promising results with highly parallelized computations. It’s available to be used in all major cloud platforms, so engineers don’t have to purchase an FPGA or run FPGA vendor software. All of the development operations occur on a remote server, so developers simply need to write the code. The system has been de...
In this section are some basic performance benchmarks demonstrating how Hastlayer-accelerated code compares to standard .NET. Note that when using FPGAs you’re not running a program on a processor, as when using a CPU or GPU. Instead, you create a processorout of your algorithm, therefore direct performance comparisons are difficult. Nevertheless, ...
Hastlayer can be set up for full integration and testing, in a new or existing mission, in the following 4 steps: 1. Select a massively parallelized part of your software that you want to accelerate with Hastlayer. 2. Adjust the code so it can operate within Hastlayer’s documented limitations. 3. Hastlayer then generates an FPGA hardware implementa...
Apr 18, 2023 · A software-defined satellite is a satellite system that uses advanced software technologies to manage its functions and capabilities, making it more flexible, adaptable, and upgradable compared to traditional hardware-based satellites.
Unstable operators’ business cases together with advances in digital technology impel satellite manufacturers to provide software-defined solutions that would be cheaper and more flexible than traditional satellites.
Aug 9, 2022 · The industry is growing and changing at an astonishing pace with constant demand for innovation, improvement and evolution of space products. This puts pressure on satellite companies to develop and deploy new space hardware and software rapidly and reliably in order not to stay behind.
